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GRASP: an effective constructive technique for VLSI circuit partitioning

机译:掌握:VLSI电路分区有效的建设性技术

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Iterative methods are greedy or local in nature and get easily trapped in local optima. Usually interchange methods fail to converge to optimal solutions unless they initially begin from good starting points. The choice of starting point is a very crucial factor in the performance of the iterative improvement algorithms [1]. GRASP is a random adaptive simple heuristic that intelligently constructs good initial solutions in an efficient manner. Good initial partitions obtained by GRASP allow theiterative improvement method to refine that initial partition quality in a reasonable amount of time, thus reducing the computational time and enhancing the solution quality. Results obtained indicate that on average the cut-size is reduced by 20% andspeedups of up to 90% were achieved using the GRASP technique.
机译:迭代方法是贪婪的或本地的本质上,并且很容易被困在当地的最佳擎天中。除非它们最初从良好起点开始,否则互换方法无法收敛到最佳解决方案。起始点的选择是迭代改进算法性能的一个非常关键因素[1]。掌握是一种随机的自适应简单启发式,以有效的方式智能地构建良好的初始解决方案。通过掌握获得的良好初始分区允许理智的改进方法在合理的时间内优化初始分区质量,从而降低计算时间并增强解决方案质量。获得的结果表明,使用掌握技术,平均平均降低了20%且可达90%的次数高达90%。

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